Mitsubishi Electric is researching and developing a variety of superconducting magnets for fields ranging from medical devices to academic research.
Superconductivity is characterized by zero electrical resistance at very low temperatures. It enables efficient energy use in numerous fields by preventing energy loss, by producing a high magnetic field, and by facilitating the downsizing of equipment.
Mitsubishi Electric manufactures various types of electric magnets that apply the superconductivity phenomenon, and strives to meet every customer's needs, from medical devices to the most-advanced research equipment.
Superconducting Magnet for MRI (Magnetic Resonance Imaging)
MRI takes advantage of the nuclear magnetic resonance phenomenon to visualize the structure and function of the body. By employing a remarkable magnetic field adjustment technology, Mitsubishi Electric has achieved the world's highest level of magnetic field homogeneity in a 1.5 Tesla superconducting magnet for MRI.
The company has also achieved the world's first superconducting magnet with zero boil-off of liquid helium. To date, approximately 1000 of these units have been delivered.
Superconducting Magnet for Magnetic CZ (MCZ) Apparatus
A superconducting magnet that applies a magnetic field to form an ingot of high-purity crystalline silicon for use in semiconductor silicon wafers.
Mitsubishi Electric has adopted a saddle type coil for the magnet in order to efficiently produce a wide horizontal magnetic field. As a result, this product is both compact and lightweight, and produces a minimal stray magnetic field.
Superconducting Magnet for Scientific Research
An SRC (superconducting ring cyclotron) employing a powerful superconducting magnet manufactured by Mitsubishi Electric.
Photo: RIKEN
A superconducting magnet for generating a powerful magnetic field. Mitsubishi Electric has a successful track record gained from experience in many large research accelerator projects. We are applying our innovative, high-performance superconducting magnets to contribute to the world of scientific research into, experimental high-energy physics and nuclear fusion.
